Hello,
The LMH5401 isn't designed for SE-SE line driving applications. If you use the amplifier in this way, HD2 and common mode noise performance will suffer, as will bandwidth under capacitive load. We don't really have any standard line drivers that…
Hello Maitry,
What is the max frequency and gain flatness required ? I suggest TRF37A73 + TRF1208. This can work for max frequency ~4GHz. It also gives ~1dB gain flatness in the pass band. This should be a better solution compared to a single-ended high…
Part Number: TRF37A75 Other Parts Discussed in Thread: TRF37A73 Hi;
I saw a docu said TRF37A73 can be used down to 1 MHZ if we choose larger coupling capacitors and bais inductor. My question is: if TRF37A75 can also be used at a lower frequency said…
Hello Ed;
thank you very much for the fast response.
We are using TI: TRF37A73, TRF37B73, TRF37C73 amplifiers and this application that I'm working on, is a RF matrix with 4.25 GHz to 5.5 GHz range and we are going to use TRF37A73 amplifier and I need…
Part Number: DLP-7970ABP Other Parts Discussed in Thread: TRF37A73 Hello,
I buy the 152H temperature patch and the 7970ABP as well as the MSP430G2ET. And The protocol is ISO15693 so that the communication distance can reach 1.5 meters. However, the power…
Other Parts Discussed in Thread: TRF37A73 , TRF37C75 Hi Team,
I would like to check if we had proper solutions to replace below two high speed amplifier. I found some TRF parts but not sure they are the best fit and so need your feedback. It would be even…
Other Parts Discussed in Thread: LMH6401 , TRF37A73 If I use an amplifier such as the LM6559, LMH6401 with digital variable gain control, or the TRF37A73 to distribute the output of a low phase noise sine wave oscillator, how do I determine how much phase…
Part Number: TRF37A73EVM Other Parts Discussed in Thread: TRF37A73 Hi,
I'm planning to design amplifier gain PCB using TRF37X73 (X= A or B or C or D) and i'm planning to use following stack-up is it suitable ?? If not can you please suggest me stack…